Can NASA Help Keep the
Lights On? (Source: GCN)
It's one of those instances where the interests of science, business
and the public all meet. Researchers at NASA's Goddard Space
Flight Center have been given access to Dominion Virginia Power
transmission power lines in order to measure fluctuations in
geomagnetically induced currents, or GICs. Why is the power company
interested? Because GICs – which are generated when solar
events send waves of charged particles toward Earth – can cause circuit
overloads and, if the surge is enough, power outages.
"That is pretty much the interest that the power-grid people have and
obviously the public in general; we don't like to have our power go
out," said NASA’s Todd Bonalsky, an engineer working on the
project. And what's in it for NASA? "For space
weather scientists here, the power grid can offer us a very large
antenna so we can indirectly measure space weather events in the upper
atmosphere," Bonalsky said.
And for the economy and the general public, the stakes are not
small. After a huge magnetic storm struck in Canada in March
1989, the U.S. Geological Survey estimated that if the storm had hit
the northeastern United States, the economic cost would have been more
than $10 billion, not counting the impact on emergency services and
public safety. (5/6)
Roscosmos Chief to
Inspect Crimea's Space Infrastructure (Source: Space Daily)
The head of the Russian space agency Roscosmos will pay a working visit
to Crimea, which became a part of Russia in March, to study the
region's space industry infrastructure and the role it might play in
Russia's space programs. Roscosmos head Oleg Ostapenko earlier said
that the space agency is currently compiling a list of facilities in
Crimea that could be useful for Russia's space programs.
The Russian space chief earlier described the region's Soviet-era space
infrastructure as operational." Crimea houses a Soviet system of deep
space communications and a planetary radar, built in 1960. It was
earlier announced that the facility may be used as a ground station for
Russia's GLONASS satellite navigation system. (5/6)
Russian Spacecraft to Get
New ISS Docking System in 2015 (Source: Space Daily)
Russian spacecraft performing flights to the International Space
Station will be equipped with a new automated approach and docking
system starting next year, the manufacturer of the system said. "All
Kurs systems will be replaced with Kurs-NA equipment in 2015."
The unmanned Progress M-21M resupply vehicle currently docked with the
station successfully tested the new system last week. The cargo ship
undocked from the ISS in an automatic mode using the new Kurs-NA system
on Wednesday and re-docked Friday. The Kurs-NA system boasts advanced
electronics, a fully-digitized control system and increased docking
precision compared to its predecessor. (5/6)
Time is Running Out for
Tiny Crowd-Funded Space Mission (Source: SpaceFlight Now)
An experimental space mission launched last month has hit trouble, and
the project's team is worried the crowd-funded spacecraft will burn up
in Earth's atmosphere before releasing a swarm of tiny satellites the
size of poker chips. Conceived by students at Cornell University, the
KickSat project was funded by 315 backers through the online
Kickstarter crowd-funding platform. (5/6)
China's Polar-Orbiting
Meteorological Satellite Now Operational (Source: Xinhua)
China's third Fengyun-III satellite, a polar orbiting meteorological
satellite, was put into operation on Monday, according to a news
release posted on the website of the China Meteorological
Administration (CMA). The satellite was handed over by the China
Aerospace Science and Technology Corporation to the CMA.
The third Fengyun-III satellite, together with the second Fengyun-III
satellite, will form a monitoring network capable of constant
three-dimensional, multiple-spectrum and remote-sensing observation of
the earth. The network of satellites will provide more and better
monitoring data for global environmental surveillance, disaster
reduction and the fight against climate change. The third Fengyun-III
satellite was tested and shown to function well after being launched on
Sep. 23 last year. It is expected to raise China's precision in weather
forecasting by around 3.0 percent. (5/6)
MUOS Gives Navy First
Reliable Military Satellite Connection In The Arctic
(Source: SpaceRef)
Analysis of Mobile User Objective System (MUOS) satellites during the
U.S. Navy's 2014 Ice Exercise (ICEX) shows they provided nearly 150
hours of secure data connections. This was the first time military
users could transfer large megabyte data files over stable satellite
connections in the arctic. (5/6)
Iridium Warns of Possible
Disruptions Caused by Russia Sanctions (Source: Space News)
Mobile satellite services provider Iridium on May 1 raised the
possibility that the U.S. government’s widening sanctions on Russia
could force a delay in the service entry of Iridium’s second-generation
constellation and increase the $3 billion project’s insurance costs.
In the latest example of the growing ripple effect of the sanctions,
imposed following Russia’s incursion into Ukraine, Iridium told
shareholders its planned June 2015 launch of the first two Iridium Next
satellites on a Russian Dnepr rocket, if canceled, could mean the
company’s first launch would be of 10 satellites aboard a SpaceX Falcon
9 rocket in late 2015. (5/6)
Harris Corp. Books
Payload Accommodations aboard Iridium Next (Source: Space
News)
Harris Corp. has booked multiple hosted payloads to be flown on the
Iridium Next constellation of mobile communications satellites in
addition to the main aircraft-tracking payload the company is building,
Harris Chief Executive William M. Brown said.
Melbourne, Florida-based Harris is under contract to build 81 Automatic
Dependent Surveillance-Broadcast (ADS-B) air traffic monitoring units
for the Iridium Next constellation, which is scheduled to be deployed
into low Earth orbit between 2015 and 2017. (5/6)
Build a Spacecraft at
Home with NASA-Approved Kit (Source: Spacec.com)
A new kit lets kids and adults alike perform experiments and build
models of real spacecraft, just like the scientists at NASA. The
NASA-approved littleBits Space Kit teaches users how to build a model
of a Mars rover, the International Space Station and a variety of
scaled-down experiments that scientists use to explore the solar
system. The kit comes complete with 12 modules that users can snap
together to complete five lesson plans created by the space agency.
Click here.
(5/6)
NASA, CNES Warn SpaceX of
Challenges in Flying Reusable Falcon 9 (Source: Aviation
Week)
In theory, the SpaceX Falcon 9 booster can be reused more than
three-dozen times. That's because the rocket's Merlin 1D engine -- nine
of which power its first stage -- has a cycle of 40, according to
Stella Guillen, SpaceX director of business development. "It's not
obviously the entire system or the entire stage," she said during a
space conference in Paris last month. “We don't know how many times we
can fly the first stage. But the engines have a cycle of 40.”
Among the doubters is NASA's Dan Dumbacher, a former Space Shuttle
engineer who leads the agency's exploration systems development. He
says the agency learned a lot from its experience with the orbiter's
reusable Space Shuttle Main Engines (SSMEs). “We tried to make the
engines reusable for 55 flights,” he said in Paris last month. “Look
how long and how much money it took for us to do that, and we still
weren't successful for all parts.”
Christophe Bonnal at French space agency CNES has a similar view. “If
you reuse, you stop producing, depending on the level of reusability,”
he says. “So you end up with a permanent prototype, and to keep costs
down you need to have a high rate of production.” One of the most
challenging aspects of reusability, he said, is the weight penalty
added by hardware and propellant. He says the latter means reserving
30% of first-stage fuel in order to return a booster to the launch
site. (5/5)
SpaceX Reusability Could
Keep More Economic Activity in Florida (Source:
SPACErePORT)
Given SpaceX's progress with Falcon-9 reusability testing, it might be
wise to plan for their success. The company's plan to fly boosters back
to the Cape Canaveral Spaceport after launch will require new
infrastructure and would benefit from facilities for processing and
testing the booster stages and engines for re-use. This is work that
would otherwise be done after shipping the stages back and forth to
existing SpaceX facilities in California or Texas.
Capturing this work in Florida would not only expand SpaceX's
employment and investment in Florida, it should also make the Cape
Canaveral Spaceport (including the proposed Shiloh launch site) more
competitive as a location for SpaceX's expansion. The development of
this kind of capability could be supported by the Florida Department of
Transportation under their multi-million dollar annual spaceport
infrastructure investment fund. (5/6)
What if Earthlings Invade
Mars? (Source: The Hindu)
This can well be an interesting plot to make a sci-fi movie. As the
scientific community gears up for a manned mission to Mars, there are
apprehensions about invaders to the red planet — in the form of
micro-organisms from the Earth! Astronomers fear that organisms on an
exploring spacecraft or a landing vehicle have the potential to
contaminate Mars. This would make it difficult for scientists to
determine whether a life form existed on another planet or was
introduced there by explorers. (5/6)
25-Foot Asteroid Comes
Within 186,000 Miles of Earth (Source: Space Daily)
A 25-foot asteroid passed between Earth and the moon over the weekend,
coming within 186,000 miles of Earth's surface. On average, the moon's
orbit is 238,855 miles from Earth. Dubbed 2014 HL129 by astronomers,
the bus-sized asteroid was only discovered several days before by
scientists at the Steward Observatory, which sits atop Mt. Lemmon in
Arizona's Catalina Mountains. The above video from Space.com, shows the
orbit of HL129. (5/6)
Shoestring Theory:
India's Pioneering Budget Space Probe Halfway to Mars
(Source: Guardian)
If the £46m 'Mangalyaan' orbiter mission succeeds in reaching the red
planet, it will be a triumph of ingenuity over big spending. A quality
valued by most Indians is an ability to find a cheap solution to
complex problems in a country where infrastructure is poor and
technology is still largely unreliable. India's Mars orbiter,
Mangalyaan, is perhaps the country's most audacious and successful
example so far. A boxy probe built by scientists in just 15 months for
the paltry sum of £46m ($75m) – less than the cost of the average
Hollywood blockbuster film – Mangalyaan has completed more than half of
its perilous journey to the red planet.
It is only a few days behind Nasa's Maven probe, which is propelled by
powerful Atlas V and Centaur rockets. If Mangalyaan enters Martian
orbit in September to survey the topography and sniff out evidence of
methane, a key sign of life, India will enter the history books as a
pioneering nation. It will be Asia's first country to carry out a
successful Mars mission. Japan, China and 21 other countries have
failed. (5/5)
FAA Announces Alaska UAS
Test Site Begins Research Flights (Source: FAA)
The U.S. Department of Transportation’s Federal Aviation Administration
today announced that the University of Alaska’s unmanned aircraft
system (UAS) test site is the second of six to become operational. The
FAA has granted the University of Alaska Fairbanks a Certificate of
Waiver or Authorization (COA) authorizing flights by an Aeryon Scout
small UAS for animal surveys at its Pan-Pacific UAS Test Range Complex
in Fairbanks. The COA is effective for two years. The team began the
wildlife flight operations today. (5/5)
How NASA Became Utterly
Dependent on Russia for Space Travel (Source: Vox)
Russia, for its part, depends on the US segment of the space station
for the electricity provided by its solar panels. And NASA, for its
part, has no way of getting its American astronauts to and from the
space station — or anywhere else in space, for that matter. So it pays
$70.7 million for each one-way ticket on Russian rockets. The earliest
that could possibly change? 2017.
Back in 2004, President Bush announced that NASA's aging space shuttle
program would be retired in 2010 and — eventually — replaced by a plan
to return to the moon. At the time, NASA realized there would be a
four-year gap between the space-shuttle retirement and when the new
manned space transport system would be in place. But at that point, it
didn't seem like a big problem for NASA to ask Russia to transport US
astronauts to and from the space station in the interim. Relations
between the two countries were friendly — Bush was telling reporters
that he'd looked into Putin's eyes and "got a sense of his soul."
Development of NASA's replacement vessels, however, has taken much
longer than anticipated — the agency won't have a replacement for the
shuttle until 2017. There are a few reasons for that. Bush's moon
program was cancelled by Obama in 2010 and replaced with a plan for
private companies to shuttle astronauts. Meanwhile, NASA's budget
requests to pay for the new program were repeatedly underfunded by
Congress. (5/6)
Plans Moving Forward to
Put Shuttle Landing Facility to Use (Source: WFTV)
NASA is working on a new agreement that would help the Kennedy Space
Center's push to become a hub for commercial spacecraft. "We're looking
to build it into a real economic engine," said Dale Ketcham with Space
Florida. The space shuttle landing facility (SLF) is at the center of
the negotiations. NASA has taken a first step toward readying the old
shuttle runway for new commercial
launches.
The agency requested a federal wetlands permit that could eventually
allow Space Florida to transform acres of wetlands into a
multi-use spaceport. The proposed project area is on the east side of
the shuttle landing facility runway within the Kennedy Space Center.
But before any of the work happens, NASA has to transfer control of the
SLF to Space Florida.
Editor's
Note: This proposed transfer has taken much longer than
originally planned. The Florida Legislature last week approved $2.5
million for Space Florida's work on the SLF, but that money won't be
spent without an agreement in place. Also, universities like
Embry-Riddle and Florida Tech are proposing spaceflight R&D
projects that would use the SLF, but negotiations on the SLF status
have stalled some plans and could stall others. (5/6)
NASA May Put Greenhouse
on Mars in 2021 (Source: Space.com)
Plant life may touch down on Mars in 2021. Researchers have proposed
putting a plant-growth experiment on NASA's next Mars rover, which is
scheduled to launch in mid-2020 and land on the Red Planet in early
2021. The investigation, known as the Mars Plant Experiment (MPX),
could help lay the foundation for the colonization of Mars, its
designers say. (5/6)
Space Society to Salute
Hollywood at Confab (Source: Hollywood Reporter)
the 33rd Annual International Space Development Conference, set for May
14-18 at the Sheraton Gateway Los Angeles. Featuring a keynote from
Buzz Aldrin, the event is presented by the non-profit National Space
Society and is open to the public. “This year the NSS decided to honor
Hollywood’s role in influencing the public’s perception of space
exploration by creating this sub-conference,” producer and entrepreneur
David Knight, who is chairing the Space and Media track, told The
Hollywood Reporter.
He sees these industries growing closer than ever before, in large part
because of advances in technology. Knight pointed out that Hollywood is
making this more accessible for the public to imagine because computing
technology is allowing filmmakers to create “very real depictions of
what it might be like to go to to space, ranging from orbiting the
earth in the Space Shuttle, a la Gravity, or through highly futuristic
experiences, a la Star Trek. (5/6)
NASA Hosts Multiple
Student Rocketry Challenge Events in May (Source: SpaceRef)
More than 20 American college and university teams will gather on
Utah's Bonneville Salt Flats on May 17 to launch rockets they designed.
The rockets will reach heights up to 20,000 feet, carrying onboard
science and engineering experiments -- and high hopes among those on
the ground to win prizes and bragging rights. The "launchfest" is the
pinnacle of the 2013-2014 NASA Student Launch competition. The event is
8:30 a.m. to 12:30 p.m. MDT at the Salt Flats in Tooele County, Utah.
(5/6)
Skylon to Achieve Dream
of Single-Stage-To-Orbit (Source: RocketSTEM)
The UK government and the UK Space Agency had removed themselves from
the launch technology game following the Thatcher government’s notional
withdrawal from UK space efforts in the 1980s. However in early 2012,
buoyed by ESA’s recommendations, Alan Bond and REL began testing the
first full scale SABRE pre cooler with a jet engine to test heat
exchanger performance in a working environment.
Alan Bond and REL are behind Skylon; the successor to Britain’s aborted
HOTOL space-plane concept of the late 1980s. It is an unpiloted fully
reusable aircraft-like vehicle capable of transporting 15 tonnes of
cargo into space and is intended as a replacement for expensive
expendable launchers in the commercial market. Skylon aims to be the
first single stage to orbit (SSTO) vehicle in the world, addressing the
needs of all major space launch markets. Click here.
(5/6)
Space And The Promise Of
Additive Manufacturing (Source: America Space)
It has been an emblematic technology of the ‘Star Trek’ television
series for decades: a device that could manipulate matter and energy in
such a way that it could create almost every object imaginable, from
Captain Picard’s favorite beverage, to various machine parts of the
Enterprise. If you’re inclined to view this kind of imaginary
technology as being nothing more than an outlandish fantasy, well think
again.
The advent of additive manufacturing in recent years, promises to bring
this science fiction vision closer to reality, while revolutionising
the entire manufacturing industry along the way. 3D printing is already
being utilised today, within the automotive, jewelry, food and
electronics industries among others. Yet, one of the biggest
beneficiaries of this technology could be the aerospace sector, with
many corporations like General Electric and EADS starting to take
notice of the potential of this revolutionising technology. Click here.
(5/6)
Could We Soon Detect
Alien 'Plant' Life on Exoplanets? (Source: Discovery)
Now we’re detecting dozens of exoplanets within the habitable zones of
their stars — and even one world that has similar characteristics as
Earth — the next big question will be: do any of these promising worlds
host life? Unfortunately, the answer will remain elusive for some time
to come, but that hasn’t stopped scientists from formulating plans to
seek out alien biomarkers that could be ripe for detection. Click here.
(5/5)
Lowered Expectations at
the New Canadian Space Agency (Source: CSCA)
Eighteen months after a review recommended changes at the Canadian
Space Agency (CSA) and two months after Industry Minister James Moore
announced the formation of two committees for public input and fiscal
supervision of CSA activities, the CSA's new management has defaulted
to the comfy, low overhead strategy of funding small, preliminary
projects to "run up the flagpole" of other government departments and
international organizations where more substantive funding (and
political support) might just possibly be found. (5/5)
SpaceX Acquires More Land
(Source: Valley Morning Star)
SpaceX continues to buy property in Cameron County, the Valley Morning
Star has found.
Recent land purchases come on the heels of a favorable opinion from the
U.S. Fish and Wildlife Service on the California-based space
exploration firm’s proposal to settle at Boca Chica. Elon Musk’s Dogleg
Park LLC picked up an additional five lots in late April, bringing the
total number of lots it has acquired in Cameron County to 95.
The total land area that SpaceX now owns is roughly 38 acres of land,
public records show. This is in addition to 56.5 acres that SpaceX has
under lease at the site of what would be the world’s first private and
commercial vertical launch site. As previously reported by the Star,
the firm also has developed a subdivision called “Mars Crossing.”
SpaceX began buying property in Cameron County in 2012. (5/5)
NASA Suborbital Rocket
Successfully Launched at White Sands, NM (Source: Space
Daily)
A NASA Black Brant IX suborbital sounding rocket successfully launched
the HYPE payload at 4:00:10 a.m. EDT, May 3, from the White Sands
Missile Range in New Mexico. The payload from the University of
California Davis flew to nearly 173 miles. An assessment of the data
from the experiment is being conducted. (5/6)
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